Abstract: A floatable workstation including an inflatable tube including a floor, partitions disposed internally within an air receiving cavity of the tube to form one or more inflatable chambers, each chamber including a valve for inflating the chambers. A plurality of handles are disposed on the corners of the inflatable tube or on a deck assembly. The deck assembly includes a plurality of deckboards assembled together to form a floorboard. The deckboards are either inserted within a recess above the floor of the tube or alternatively attached to the top of the tube. One or more deckboards may include a receptacle for removeably holding a bucket. A tether arrangement is attached to the floatable workstation for securely positioning the floatable workstation alongside a vessel allowing one or more persons to stand on the workstation to perform maintenance on the outer surfaces of a vessel. The tether arrangement includes tethers, a means for fastening the tethers to the handles, and suction mechanisms.

Abstract: A floatable workstation including an inflatable tube including optional partitions disposed internally within an air receiving cavity of the tube to form one or more inflatable chambers, each chamber including a valve for inflating the chambers. A plurality of corner fasteners is disposed on the corners of the inflatable tube or on a deck assembly. The deck assembly includes a plurality of deckboards assembled together to form a floorboard. The deckboards are assembled via an interlocking assembly feature. The deckboards are secured via a series of straps and D-rings. At least one deckboard may include a receptacle for holding tools or a bucket. A tether arrangement is attached to the floatable workstation for securely positioning the floatable workstation alongside a vessel allowing one or more persons to stand on the workstation to perform maintenance on the outer surfaces of a vessel. The tether arrangement includes tethers, a means for fastening the tethers to the handles, and suction mechanisms.